Rafael Muñoz-Espí es profesor titular del Departamento de Química Física en la Universitat de València. Se licenció en Química en 2001 en esta universidad. Continuó sus estudios de doctorado en Alemania con una beca de postgrado del Servicio Alemán de Intercambio Académico (DAAD) y de la Fundación "La Caixa". Del 2002 al 2006 trabajó bajo la dirección del profesor Gerhard Wegner en el Instituto Max Planck de Investigación de Polímeros (MPI-P) de Maguncia, y se doctoró en 2006 en la Johannes Gutenberg-Universität Mainz.

En 2007 se trasladó a Estados Unidos como investigador postdoctoral del grupo del profesor Benjamin Chu en la Universidad Estatal de Nueva York en Stony Brook, donde trabajó durante dos años, con estancias frecuentes al Laboratorio Nacional de Brookhaven. De 2009 a 2015, el Dr. Muñoz-Espí fue jefe de grupo (investigador principal) del equipo "Coloides híbridos polimérico-inorgánicos" en el Instituto Max Planck de Investigación de Polímeros, en el Departamento de Química Física de Polímeros, dirigido por la profesora Katharina Landfester. Durante este tiempo fue responsable de varios proyectos y contratos industriales a nivel nacional (alemán) e internacional.

En septiembre de 2015, el Dr. Muñoz-Espí se incorporó al Institut de Ciència dels Materials de la Universitat de València (ICMUV) como investigador Ramón y Cajal. Desde mayo de 2021 es profesor titular de universidad en esta institución.

El Dr. Muñoz-Espí es coautor de más de 100 artículos científicos con revisión de expertos en revistas internacionales de alto rango y 6 capítulos de libros. Actúa periódicamente como evaluador para agencias científicas y para diversas revistas de química y ciencia de materiales. Sus intereses de investigación incluyen procesos de mineralización, la síntesis de nanopartículas poliméricas e híbridas, la cristalización en sistemas coloidales y el estudio de la interacción de polímeros con materia inorgánica. En los últimos años ha realizado estancias de investigación y docencia como profesor/investigador visitante en la Universidad de Bar-Ilan (Israel, 2016), la Universidad de Padua (Italia, 2018) y la Universidad de las Fuerzas Armadas (Ecuador, 2018) .

Además de la química, se interesa por la lingüística. Tiene el título de bachelor en Lengua Catalana por la Universitat d'Andorra (2015) y es graduado en Lengua y Literatura Catalanas por la Universitat Oberta de Catalunya (2016). Ha estudiado la especificidad morfológica y semántica de la neología andorrana (consulte aquí).

Dr. Daniel Tordera is an Associate Professor at the Department of Physical Chemistry and the Molecular Science Institute (ICMol) of the University of Valencia.

He received his PhD in Nanotechnology at the University of Valencia in 2014, where he studied light-emitting electrochemical cells (LECs), an ionic organic electronic system for light emission. His PhD received the Outstanding Doctorate Award by the University of Valencia and the Nanomatmol Award to the best PhD at a National level by the Spanish Royal Society of Chemistry. His work elucidated the operational mechanism of LECs and lead to the fabrication of stable, fast, efficient and bright devices. As a step forward, he started his own company, Lec-Val Lighting, a spin-off created to commercialize the results of his PhD. The company was chosen as one of the most innovative ideas by the Repsol Entrepreneurship Fund. Subsequently, he spent two years as a postdoctoral researcher in the Laboratory of Organic Electronics at Linköping University, working in the field of optics and plasmonics for energy and sensing applications. In 2017, he joined Holst Centre at TNO as a Senior Researcher where he led the development on near infrared photodetectors, managing an interdisciplinary team of research staff and engineers and working in projects for world leading high-tech and consumer electronics companies. He also led the business development of his research line, including strategy roadmap and intellectual property portfolio. He worked in the fields of biometrics and healthcare and made achievements including the first noncontact reflective large-area vein pattern imager based on organic photodetectors, a near-infrared photodetector array for biomedical applications and a large-area fingerprint array complying with the FBI standards. Since Nov. 2020, Dr. Tordera is at the University of Valencia, where he focuses on the topics of perovskite photodetectors and LEDs, OLEDs and LECs, with works such as the first transparent LEC and the development of a semitransparent near-infrared perovskite photodetector, amongst others.

Dr. Tordera has published 64 papers and 1 book chapter (almost all Q1). His work has been cited over 3000 times (h-index 32). He is an inventor of 4 patents. His work has been presented at 40 international conferences (22 author, 29 co-author). He has been the principal investigator of 2 projects and has participated in 12 projects. He has been the research manager of multiple contracts with private companies (NDA-protected). He has been an evaluator for the European Innovation Council (EIC) at the European Comission, the Austrian Science Fund and the Latvian Council of Science. He has been a reviewer for the major editorial groups (Wiley, ACS, RSC, Springer Nature, etc.). He has supervised 3 BSc, 4 MSc and 1 PhD students and he is currently co-supervising 3 PhD candidates. He has received the European Materials Research Society Spring Meeting Young Scientist Award in 2012, the Society of Information Display Distinguished Paper Award in 2019, selected as Journal of Materials Chemistry C Emerging Investigator in 2022 and the XVIII Scientific Technical Award Ciutat d’Algemesí in 2023, amongst others. He has been a visiting researcher at the University of California, Santa Barbara and he has carried out stays at the European Synchrotron Radiation Facility in Grenoble, the Cornell High Energy Synchrotron Source in Ithaca and the Columbia University in New York. He has been a guest lecturer at the ITMO University in Saint Petersburg, where he applied his entrepreneurship experience to teach business development to multidisciplinary science MSc students. 

At the University of Valencia, he is teaching Physical Chemistry courses at the Faculties of Chemistry and Farmacy. Students have praised his innovative teaching by granting him one of the highest ratings in his Department. Since 2022 he is the Educational Innovation Coordinator of the Faculty of Chemistry. He has published 3 educational innovation articles, presented his work in 9 conferences, and he participates in a project focused on active teaching methodologies. He has led a university-wide innovative project to promote science interdisciplinarity amongst the students at the University and he has been an organizer in the national Chemistry Education conference (Indoquim). He participates in the Chemistry Olympics and in Lab activities to promote Chemistry for high school students.